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Question Consider maximising 6- x² - 4y2 + 2xy where where x ≥ 16. What y-value solves this maximisation problem? Your Answer: Question In the problem, the inequality constraint holds with strict inequality. True False Question Now replace the inequality constraint with the new one that y ≤ 18. What is the value of the Lagrange multiplier in the case where we assume the constraint holds with strict equality? Your Answer: Question In the previous maximisation, which cases have valid critical points? The constraint holds with strict equality. The constraint holds with strict inequality.

Question Consider maximising 6- x² - 4y2 + 2xy where where x ≥ 16. What y-value solves this maximisation problem? Your Answer: Question In the problem, the inequality constraint holds with strict inequality. True False Question Now replace the inequality constraint with the new one that y ≤ 18. What is the value of the Lagrange multiplier in the case where we assume the constraint holds with strict equality? Your Answer: Question In the previous maximisation, which cases have valid critical points? The constraint holds with strict equality. The constraint holds with strict inequality.

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter9: Systems Of Equations And Inequalities
Section: Chapter Questions
Problem 13T
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Question Consider maximising 6 - x² - 4y² + 2xy where where x ≥ 16. What y-value solves this maximisation problem? Your Answer: Question In the problem, the inequality constraint holds with strict inequality. True False Question Now replace the inequality constraint with the new one that y ≤ 18. What is the value of the Lagrange multiplier in the case where we assume the constraint holds with strict equality? Your Answer: Question In the previous maximisation, which cases have valid critical points? The constraint holds with strict equality. The constraint holds with strict inequality.
Transcribed Image Text:Question Consider maximising 6 - x² - 4y² + 2xy where where x ≥ 16. What y-value solves this maximisation problem? Your Answer: Question In the problem, the inequality constraint holds with strict inequality. True False Question Now replace the inequality constraint with the new one that y ≤ 18. What is the value of the Lagrange multiplier in the case where we assume the constraint holds with strict equality? Your Answer: Question In the previous maximisation, which cases have valid critical points? The constraint holds with strict equality. The constraint holds with strict inequality.
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